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    • 3. 发明专利
    • Optimum sea route setting and holding device
    • 最佳海上路线设置和控制设备
    • JPS5924314A
    • 1984-02-08
    • JP13448982
    • 1982-07-30
    • Mitsubishi Heavy Ind LtdNippon Hakuyo Kiki Kaihatsu Kyokai
    • KANAMARU HIDEYUKI
    • G05D1/00
    • G05D1/0005Y02T70/74
    • PURPOSE:To enable a ship itself to select and hold a sea route of minimum energy in consideration of conditions of sea atmospheric phenomena out of plural routes obtained on the basis of the starting point and the arriving point of the ship. CONSTITUTION:A sea route editing processor 21 or a navigation calculation processor 22 calculates plural sea routes based on a desired navigation, and a sea route analysis processor 23 has an energy analysis. Based on this analysis, if those calculated routes are inadequate, other routes are calculated again. When an adequate route is decided, the data on this route is sent to a sea route holding processor 24. The processor 24 monitors the positional relation between own ship decided by a ship position deciding processor 25 and a scheduled route and at the same time calculates a set route to hold the scheduled route so as to eliminate a shift between the scheduled route and the actual route. Then the control signal is transmitted to a main device control system and a steering system 27.
    • 目的:使船舶能够根据船舶起点和到达点获得的多条路线,考虑海洋大气现象的条件,选择和保持最小能量的海上航线。 构成:海路编辑处理器21或导航计算处理器22基于期望的导航来计算多个海路,海路分析处理器23具有能量分析。 基于此分析,如果计算出的路线不足,则再次计算其他路线。 当确定足够的路线时,该路线上的数据被发送到海路保持处理器24.处理器24监视由船舶位置决定处理器25决定的自己的船舶与调度路线之间的位置关系,同时计算 设置路由来保持预定路由,以消除预定路由与实际路由之间的移位。 然后控制信号被传送到主设备控制系统和转向系统27。
    • 4. 发明专利
    • Method of flying unmanned aerial vehicle
    • 飞行无人驾驶车辆的方法
    • JP2014181034A
    • 2014-09-29
    • JP2014054956
    • 2014-03-18
    • Boeing Coザ・ボーイング・カンパニーThe Boeing Company
    • STEPHEN SWEENEYLARS FUCKE
    • B64C13/18B64C13/20B64C39/02
    • B64C19/00G05D1/0005G05D1/101
    • PROBLEM TO BE SOLVED: To provide a method of flying an unmanned aerial vehicle controlled via wireless communication, which includes generating a trajectory for an emergency condition having a highest associated priority level in accordance with an objective corresponding to the emergency condition when one or more emergency conditions are detected.SOLUTION: A method comprises steps implemented using a controller of an unmanned aerial vehicle, the steps including: defining a plurality of emergency conditions; associating 111-151 each emergency condition with a priority level; associating 118-158 each emergency condition with an objective; sensing 110-150 operating parameters of the unmanned aerial vehicle to detect whether one of the plurality of emergency conditions exists; when one or more emergency conditions are detected, generating a trajectory for an emergency condition having a highest associated priority level, in accordance with the objective associated with the emergency condition that has the highest associated priority level; and instructing the unmanned aerial vehicle to follow the generated trajectory.
    • 要解决的问题:提供一种飞行通过无线通信控制的无人驾驶飞行器的方法,该方法包括:当一个或多个紧急情况下,根据与紧急情况相对应的目标产生具有最高相关优先级的紧急情况的轨迹 检测条件。解决方案:一种方法包括使用无人机的控制器实现的步骤,所述步骤包括:定义多个紧急情况; 将111-151各紧急情况与优先级相关联; 将每个紧急情况与目标相关联118-158; 感测无人机的110-150个操作参数,以检测是否存在多个紧急情况之一; 当检测到一个或多个紧急情况时,根据与具有最高关联优先级的紧急情况相关联的目标,生成具有最高关联优先级的紧急情况的轨迹; 并指示无人驾驶飞机跟随所产生的轨迹。
    • 7. 发明专利
    • Ship speed controller
    • 船速控制器
    • JPS59202505A
    • 1984-11-16
    • JP7852783
    • 1983-05-04
    • Yoshihiko Sawa
    • SAWA YOSHIHIKO
    • B63H21/21G05B13/00G05B13/02G05D1/00G07C5/08
    • G05D1/0005G07C5/08Y02T70/74Y02T70/742
    • PURPOSE:To control the speed of ships so as to obtain the maximum gain per day by calculating the fule consumption per unit time in consideration of the variation of atmospheric and marine atmospheric conditions, the soil of the ship bottom, etc. CONSTITUTION:The output of a revolution meter 2 attached to the rotary shaft of a main device 1 is supplied to a central processing unit 14 of a microcomputer 12. At the same time, the output of an electromagnetic log 16 serving as a speedometer 3 is also supplied to the unit 14 together with the initial variable and proper variable given from an initial variable setting means 8 and a proper variable setting means 5, respectively. The unit 14 controls a servo motor 24 while having transfer of data with an RAM22 in accordance with a program stored in an ROM20 together with the outputs of the meter 2 and the log 16 as well as the initial and proper variables. A fuel pump 28 is provided between a fuel tank 10 and the device 1 as a control means 11 which is controlled by the motor 24 and a governor 26.
    • 目的:通过考虑大气和海洋大气条件的变化,船底的土壤等来计算单位时间的消耗量,以控制船舶的速度,从而获得每天的最大增益。构成:输出 连接到主装置1的旋转轴的旋转计2被提供给微型计算机12的中央处理单元14.同时,用作速度计3的电磁对数16的输出也被提供给 单元14以及分别由初始变量设定单元8和适当的变量设定单元5给出的初始变量和适当变量。 单元14控制伺服电动机24,同时根据存储在ROM20中的程序与仪表2和日志16的输出以及初始和适当的变量一起根据存储在ROM20中的程序与RAM22进行数据传送。 燃料泵28设置在燃料箱10和装置1之间,作为由电动机24和调速器26控制的控制装置11。
    • 10. 发明专利
    • Systems and methods for flight management
    • 飞行管理系统与方法
    • JP2014019431A
    • 2014-02-03
    • JP2013143125
    • 2013-07-09
    • General Electric Co ゼネラル・エレクトリック・カンパニイ
    • SRINIVAS BOLLAPRAGADAANA DEL AMO
    • B64D45/00G01C21/00
    • G01C21/20G05D1/0005G08G5/0021G08G5/0052G08G5/0091
    • PROBLEM TO BE SOLVED: To provide flight management systems and methods for managing aircraft flight control including a flight path or an altitude taking into account different weather conditions.SOLUTION: A decision support system 30 may be provided to select parameters for an FMS 32. These parameters may be fixed or dynamically changed during flight. The FMS 32 receives initial and optionally updated parameter information from a flight parameter selection module 34. Weather information and/or flight time information (e.g., departure time, current time, and/or estimated arrival time) are received by the flight parameter selection module 34, and the flight parameter selection module 34 outputs control parameters to the FMS 32. For example, a cost index (CI) value, a cruise altitude and/or a traverse flight path may be set or updated using the flight parameter selection module 34.
    • 要解决的问题:提供飞行管理系统和方法来管理飞行器飞行控制,包括考虑不同天气条件的飞行路径或高度。解决方案:可以提供决策支持系统30来选择FMS 32的参数。这些 参数可能在飞行期间固定或动态更改。 FMS32从飞行参数选择模块34接收初始和可选地更新的参数信息。飞行参数选择模块接收天气信息和/或飞行时间信息(例如,出发时间,当前时间和/或估计到达时间) 34,并且飞行参数选择模块34将控制参数输出到FMS 32.例如,可以使用飞行参数选择模块34来设置或更新成本指数(CI)值,巡航高度和/或横越飞行路径 。